Utilisation of sealed radioisotope sources for specialised NDT applications and gamma radiometry in large installations and assemblies.
Development and applications of new techniques and systems for nuclear radiation based NDT&E using electronic imaging technologies including industrial computed tomography (ICT).
Consultancy and Training and Certification Programme for human resource development in industrial application of gamma rays and X-rays for NDT.
Radiation imaging and analysis of high density and high thickness (upto 200 mm equivalent of steel) industrial components and assemblies.
A dedicated X-ray based industrial digital imaging and volume computed tomography facility for advanced non-destructive evaluation has been upgraded and setup at DIR&ICT laboratory at HIRUP. The system is meant for research and development in computational radiation based imaging methods for industrial applications. (completed upgradation during 2018-19)
A dedicated X-ray based industrial digital imaging and volume computed tomography facility for advanced non-destructive evaluation has been upgraded and setup at DIR&ICT laboratory at HIRUP. The system is meant for research and development in computational radiation based imaging methods for industrial applications. (completed upgradation during 2018-19)
A dedicated X-ray based industrial digital imaging and volume computed tomography facility for advanced non-destructive evaluation has been upgraded and setup at DIR&ICT laboratory at HIRUP. The system is meant for research and development in computational radiation based imaging methods for industrial applications. (completed upgradation during 2018-19)
A dedicated X-ray based industrial digital imaging and volume computed tomography facility for advanced non-destructive evaluation has been upgraded and setup at DIR&ICT laboratory at HIRUP. The system is meant for research and development in computational radiation based imaging methods for industrial applications. (completed upgradation during 2018-19)
